Description

Manufacturer of ASME B16.11 Threaded Concentric Reducer, SS Threaded Eccentric Reducer in India ASME B16.11 Threaded Reducer can only be hardened by cold working which requires annealing heat in the range of 1850 degrees F – 2050 degrees F and rapid cooling. Due to the rubbery chips, chip breakers are recommended for all tools. Threaded Concentric / Eccentric Reducer provides useful corrosion resistance in a wide range of moderately oxidizing to moderately reducing environments. Hot working in Threaded Concentric Reducer requires uniform heating to 2100 degrees F (1149 degrees C), while cold working helps to increase the hardness of this material. It’s passive, meaning it doesn’t react with other materials, while Threaded Eccentric Reducer high toughness is a measure of how tightly sticks to the object’s surface. Heat exchangers, pipes, tanks and other process equipment that comes into contact with fresh water also use these Forged Threaded Reducer Fittings. We as Metalfed Engineering are a standard supplier and stockist of Stainless Steel Threaded Reducer, which is recommended for welding as it has a lower carbon content to prevent carbide precipitation in welding applications. It hardens quickly, so good feeds and slow speeds tend to improve machinability, as does use small amounts of cold work on work-pieces. Building facades and other architectural and structural applications not exposed to marine atmospheres also make extensive use of these Duplex Steel Forged Threaded Pipe Reducer. Our proposed products are tested on strictly defined parameters to eliminate all shortcomings. BS3799 Threaded Pipe Reducer can be worked in the annealed condition and then heat treated to give it high strength and hardness. Check ASME B16.11 Threaded Concentric Reducer Dimensions, Threaded Concentric Reducer Weight, BS3799 Threaded Pipe Reducer, Threaded Reducer Class 3000 Price List. Table of Content Threaded Reducer ASME B16.11 Specifications Threaded Reducer Manufacturing Standards Fogred…